We’re operating quietly 🤫

⏱ On the frontline, it’s not only the kilometers that matter — it’s the minutes. A system that can be assembled in just 5–7 minutes: – enables the crew to deploy the UAV quickly, – minimizes the risk of being detected during setup, – allows for an immediate relocation after the

UAVs that save resources — and lives 🚀 In the past, striking a target required dozens of shells or even deploying aircraft. Today, a single reconnaissance UAV enables artillery to hit with precision — while using far fewer munitions. According to analysts and research by Army

EW remains the principal adversary of any UAV. However, the UAS industry is constantly adapting — seeking new approaches and testing tactical solutions under real combat conditions. So it’s no surprise that new challenges and threats continue to appear. Today on the battlefield,

The design of GOR allows for the rapid replacement of modules — wings, fuselage, electronics, and power systems. This makes it possible to restore the UAV directly in the field, minimize spare parts logistics, and reduce overall maintenance costs. In real combat conditions, it

We’re observing 👀

Since 2022, Ukraine’s defense industry has undergone a large-scale transformation. According to the Ministry of Digital Transformation, the UAV market has grown more than ninefold and now includes over 300 companies. Government initiatives such as Army of Drones, Brave1, and

Creating GOR doesn’t begin with a technical design — it begins with understanding the needs of the military. Every element — from the fuselage shape to the communications suite — goes through dozens of iterations. After development, we conduct tests on the proving ground. Next

GOR belongs to the class of medium-range UAVs — unmanned systems capable of flying hundreds of kilometres with extended endurance (3–6 hours). These platforms hit the sweet spot between tactical UAVs and strategic reconnaissance assets. They provide deep reconnaissance,

In reconnaissance, details decide everything. The GOR camera can identify objects at distances of several kilometres — even in changing visibility conditions. Its 80× zoom enables: – precise identification of military equipment, – highly accurate artillery adjustment with

Behind every GOR flight stands a team of Ukrainian engineers, operators, technicians, and test specialists. These are the people working in the field, on the proving ground, and in the lab — ensuring the system remains stable in any conditions. They test airframes, adapt

Over the past three years, Ukraine has become a real-world proving ground for world-class innovation. The systems developed here are later studied by defense companies in the United States, Israel, and South Korea. Ukrainian engineers have proven that effectiveness is not only

A barometric altimeter in a UAV isn’t a minor detail — it’s a core system that determines the aircraft’s precise flight altitude. While GPS can have errors of tens of meters, the barometer measures changes in atmospheric pressure, allowing the UAV to maintain a stable altitude

Weather conditions have a major impact on the endurance of even the best UAV batteries. Strong winds force the aircraft to consume more energy for stabilization, while low temperatures reduce battery capacity. Flight crews factor this into mission planning: heat increases the

Autumn and winter are the seasons when weather becomes not just a factor, but a real operational constraint for any unmanned aircraft system. The three conditions that affect flight performance the most are: 1. Air temperature As temperatures drop, battery efficiency decreases.

Volunteering is the willingness to find solutions where none existed before. Thank you to everyone who supports people, teams, units, communities, and the country every single day. Your contribution can’t be measured by numbers alone — it’s always visible in the results.

For a reconnaissance unmanned aircraft, a stable launch without loss of control is critical. This depends on the initial airspeed and launch trajectory the UAS achieves at launch. That is why modern systems rely on catapult-assisted launch. A catapult provides controlled

In a reconnaissance unmanned aircraft, flight stability is a key determinant of mission effectiveness. It describes how reliably the aircraft maintains heading, altitude, and stable flight parameters as weather conditions change. A stable unmanned aircraft flies smoothly,

Transport is a critical stage that precedes mission preparation for a UAS. If the system sustains damage at this stage, flight stability is already at risk. That is why the transport case is a critical component of the UAS — and why we design it for maximum reliability.

Tactical Radius vs. Maximum Flight Range In the field of Unmanned Aerial Systems, these two terms are frequently conflated. However, for mission planning and assessing a UAV’s operational capabilities, they represent fundamentally different metrics. 👌 Maximum Flight Range